TWI299454B - Method and system for generating a communication coupon to establish a communication channel using a server - Google Patents

Description

1299454 V. INSTRUCTIONS (1) 1. Technical Field of the Invention The present invention relates to the establishment of a communication channel in a communication network, particularly regarding enabling a first user to provide a second user-continuous network. A system of persistent network objects (such as a token token or a coupon). With this system, the second user can establish a communication channel between the first user and the second user in the first network, and the second user invoking the establishment via a second network. 2. [Prior Art] It is assumed that the first user wants to communicate with the second user via a specific network (for example, a telephone) (or a queue). At present, the first user can use Instant Messaging (IM) and standard telephone service (POTS, plain old telephon e service), both of which allow the first The user requests to establish a communication channel with the second user (eg, a telephone conversation), and the second user can accept or reject the request. However, in both cases, the same network and protocol are required for the requirements and communication channels. In addition, this requirement is synchronous, meaning that the first user must wait for the second user to decide; if the first user deletes the requested side of the client (c 1 ient ) (eg, close their instant messaging client, Or hang their phone), this request is deleted. For example, a function provided by Verizon's telephone service provider - a call record (cal 1 hi story ) provides a record for the second user

1299454 V. INSTRUCTION DESCRIPTION (2) (ie, the recipient) is able to attempt to generate a telephone communication channel back to the first user after the first user has hanged the power. All communications here are transmitted via a single communication channel (ie p0TS). In addition, the user is unable to provide the second user with any additional information about the initial requirements (such as the reason or urgency of the request). Phone Mai 1 allows the first user to request the second user to connect to a given communication channel, and to leave a message containing information about the communication requirements - to let the second user use it first. After terminating their client (such as hanging a phone), they can still review it. Here, the second user must use the same communication channel requirement method as the first user to allow the first user to establish a communication channel (commonly referred to as a phone tag), provided by RingCentral, Inc's Buz Me!TM product. Service, online call waiting (〇nline - Call-Waiting) supports the following situations: A second user receives a one-way (p〇TS) call from the first user when he is using the telephone line network to connect (netw〇rk Access). The volume 月 日 ' ' pop-up dialog window (p 〇 p - Up diai 〇 g ) will appear on the second user's screen, allowing them to accept or reject the call to all data given to the _ user ( Data ) must be connected via its telephone. It is impossible to separate the data from the telephone network. 'Bell Labs' development of ~ (four) ^ seven 丨 (3) ^ allows a first user to mention

Page 9 1299454

V. Description of the Invention (3) A second user, a data network object, can supply a second user message, and can also provide a first user icon. These diagrams will not be established on the first user's non-type communication channel (including but not limited to telephone). The network object can also provide status information about the first user's communication channel, such as the recent enable = condition. This technique does not allow the first user to specify a particular type of connection that they have established with the second user.

The voice service on the Blackberry device allows a first user to execute a program (such as a new address book application) from the Blackberry device, requesting a call to the second user, and the second user receiving the call via the POTS. . Since all data flows over the telephone network and the requirements are synchronized, this service is not functionally different from the standard telephone server. The Camp On function provided by the R0LM telephone service handles the situation where the first user calls the second user and the second user's phone is busy. When this feature is activated, this feature monitors the second user's phone line. When the phone line is available, the first user is called first, and then the beer is called the second user. This feature uses only one communication network. • Both the first and second users cannot get any status indications for this call via the data network application. The first user can provide a second user, a calling card (CaU), which is used to pay for all the calls made by the second user.

1299454 V. INSTRUCTIONS (4) 1 Use, ί Ϊ Ϊ 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话 打电话Those skilled in the art can use I# in combination: the second user can use the phone card to obtain - the data network is connected to the i, the computer of the user's computer via the analog phone line), the electric card can pay the phone and the data network Both communication. Telephone ° Who is the user, ... the communication channel (ie the first user: (2) how they contact). a "," Call forwarding function, such as ------------- (Case 2:9 (Case No. IBMYOR9-2 0 00-〇1〇2) , title "1 998-0263", title "Transporter Designated Sending Customization", and: "Methods and Devices for Expandable Universal Notification Service", all of which provide for finding and establishing first and second users The method of communication connection, but there is no way to provide the first 佶 去 去 丨 产 哲 哲 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优 优The road object is sent to the younger user via the 'network. Although each of the communication system functions mentioned in the text is suitable for their respective purposes, there is still a need in the art for an A^h user to pay for the second user's yN-type communication channel. This ability 妳 first-communication channel relay (relay) ##, 日力,,二弟一通田. +This seven μ # y", a user of the younger brother, and the second user disconnected from the first channel by the second user using this month b force to the younger one. /A ^ ^ 'V- yz After the continuation, and this month b force is sensitive to the first user's 胼f. U · 1 · , 4 』availability

1299454

For example, when the first user is not contacted, this ability will be lost). It is highly desirable for us to provide a system and method for the first user to provide a second user to establish a first type of communication channel = this force. This capability is transferred to the second user via the second communication channel and by the second user. This capability continues after the first user disconnects from the first channel, and this ability is responsive to the first user's liaison (e.g., when the first user is not contacted, this capability is lost). Summary of the Invention According to the present invention, a system and method are provided for establishing a communication channel between a first party and a second party. In one embodiment, a request initiated by the first party is generated for establishing a communication channel between the first and second parties in the first communication network. The intermediate server device interrupts the requested reception and attempts to generate a channel. If the attempt is unsuccessful, the server device will request a trans 1 at e data network object that is passed to the second party via the second communication network. This network object enables the second party to communicate its acceptance and establish its communication with the first party in the first communication network. The second party invokes the network object at or after the reception to initially establish a communication channel between the first and second parties. In addition, the first party can establish a network object in the form of a coup〇n to communicate directly with the second party without first generating a first prior attempt to establish a channel.

1299454

Advantageously, the second user acts as a network object regardless of the connection state of the user at the time of receipt or subsequent reception. Fourth, [Implementation] The present invention defines 'Ili fresh visit? The 馇-ice field, s 糸, , and charging methods enable the first user to request a call with the first user, and the user-user receives the data through the data network object. The Kushiro object is the "communication capability token". According to the first, the first, the communication capability can receive this request, and the receiver initializes the call between the first user and the first user. An example is shown in FIG. 1000, the first use of FIG. 2 to the point of view (for example, a first embodiment of a winter invention, such as a standard electrogram to establish work, in the second step, in the second to the figure, this is energized The flow of the message is recorded by the second use of the 1 0 4 0 user's note is sent to the details of the nine detailed network. The step ends with the service inquirer. If the middle, the character. If the request is made and the same as the second detailed description, the same computer will be issued. Step 1 0 1 〇 Description) Receive the first step 1 0 2 0, check step 1 0 7 0. If the first user is not asked, the process will be generated by the server at the end of the message. The user will be shown in Figure 4 to the second, and if the user wants to use it, or if the user wants to use it, it is not successful. Seven words sheep in response to the muscles of the phone to seek from the telephone network reporters to test whether it is in the transmission pass 1 0 7 0 tokens & the period described data network network node 彳 server 彳Seeking, ϋ γ success. $ Step 1 ο 3 d Capabilities. If yes, pass it to the inside of I ’ this character#

Page 13 1299454 V. Description of invention (7) Modified. These repairs are not limited to the first user protection, but are not limited to: 1) the token server is in contact 2) the proxy server is temporarily disabled UeaCtivate); and in the first step, the token is ^ The request to 'delete the token. Step 1 055, the character and the state of the second user respond to the token, and if requested, then in the stepper, check this back f ° if the second user refuses to terminate in step 1 〇 7n * The server deletes the token, and then the stream Φ is 1 060, and the second user accepts the requirement of the token 'in the step. Then, proceed to:: establish between the first and second users - the process is terminated in the step;; =, the server deletes the token, and then the skilled person can delete the token), 4 ^Cheng can eliminate step 1 0 6 5

The second user's return i:: continue to the step, 5 〇 '符 祠 祠 等待 等待 等待 等待 等待 等待 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 记得 记得 记得 记得 记得For example, the length of the transfer can be recorded in the course of the university, Xiao Xiao can two: ', children can call the parents.修改This modified stream is over accepted).贝 "匕修匕 to the first-user's ability;: the right to power the second user. In addition, the reference will be used in Figure 17 The content that can be described by the child's communication ability, a communication person can pay and the second user can establish each communication. For example, the family record 'this communication ability record and support

1299454

Pay every call the child calls to the parent. It is important to note that the tokens can only be used for electricity and that these calls must be made to parents.

FIG. 2 depicts a topological example of the first preferred embodiment. As shown, the first user 25 〇〇 and the second user 251 〇 are not "user 1" and "user 2" respectively, and user j (10) has a data network node 2520 and a telephone network node. 25 30 Both; and the user 2 2 5 1 0 has both the data network node 2 5 4 〇 and the telephone network node 2 5 5 。. The number of network nodes 2 5 2 0 and 2 5 4 0 are both connected to the data network 2 5 6 〇, while the electricity, and the road nodes 2 5 3 0 and 2 5 5 0 are connected. To the telephone network 2 5 7 〇. Also pay. The feed server 2580 is connected to the data network 2 5 6 0 and the telephone network 2 5 7 0 and the notification server (n〇tificati〇n server) 2585 is connected to the data network 2560. Examples of data network 2 5 6 0 include, but are not limited to, the Internet and private intranet. Examples of live network 2 5 70 include, but are not limited to, standard telephone networks, provided by Verizon 'AT&T and similar providers. Data network nodes 2520 and 2540 (described in detail with reference to Figures 8 and 9) may include, but are not limited to, executing W i n dow s 9 5 and, for example, Microsoft

Internet Explorer's web browser for IBM ThinkPad, or for MacOS 8.5.6 and web browsers like Netscape Navi gator

Page 15 1299454 V. Description of invention (9)

Apple’s Power Macintosh. Data network nodes 2520 and 2540 may also include network-enabled mobile (e.g., portable) devices, such as I, which are sold under the WordPad trademark. Data network nodes 2520 and 2540 may also include smart cellular phones (e.g., devices that can be used as a cellular device or a web application such as a web browser), such as Nokia, Inc. The cellular phone sold under the trademark Nokia 9000i. Telephone network nodes 2530 and 2550 can include any device that can support communication over telephone network 2570, including, for example, standard services sold by Veriz〇n, and mobile phones sold by Nokla under the trademark N〇kia 9〇〇〇i. Both the Γ500 and 2510 are only on the single-data network node. Moreover, the present invention can support more than one use per user. However, not only two uses, but the invention can support both the network node and the telephone network 7^〇1:^00 0 1 , can be used as the number and between 2540 and 2550. Therefore, the device can be used for both 252〇 and 2530—the device does not count the server 2580 operation node, but (but the figure is not limited to: three to seven are described in detail) can be executed by Microsoft under the trademark Windows 1299454 , Invention Description (ίο) NTTM sales operating system and server application suite software, the product sold by the assignee International Business Machines Corporation (IBM Corporation) under the trademark PowerPCTM. In addition, in order to support telecommunication applications, the token server 2 580 is equipped with telephone communication hardware and software, including but not limited to: Inte; l Corporation's telecommunications product group supply device (for details, please refer to http.// Www.intel.com/design/network/products/telec om/i ndex.htm ). It will be understood by those skilled in the art that although data network nodes 2520 and 2540 communicate with token server 2580 using HTTP protocols, the present invention can be implemented in other protocols including but not limited to general channels (genera 1 sockets) (detailed See Doug 1 as Comer for the author's "Principles, Agreements, and Architectures for TCP/IP Internet Connections.

Vol.l", Prentice Hall, Englewood Cliffs, New

Jersey, 1991) 通知 Notification Server 2585 is any computing node that can act as a communication server for the guest device, as described in more detail with reference to Figures 3 and 8, respectively, of notification handlers 3100, 8060. This includes, but is not limited to, the implementation of Microsoft's operating system and server application suites sold under the trademark Windows NT, and IBM Corporion's products sold under the trademark PowerPCTM. This node can also execute a messaging server application, including but not limited to products sold by Lotus under the trademark samet ime. Those skilled in the art should understand that the messaging server application software can also be executed on the token server 2580. Those skilled in the art should also understand that there is no need for any central server.

Page 17 1299454 V. Inventions (11) (c e n t r a 1 s e r v e r ) messaging systems, such as the communication systems provided by g r 〇 〇 v e products. The data provided by the given communication capability identifier includes the identification of the first user (identificati ο η ' ID ), and the telephone number of their telephone network node 2 5 3 0, and the telephone network node of the second user. 2 5 μ phone number, and their data network (host name) 〇 communication can; to the second user's message, for example, the user is allowed to call the given token (ie, let the user call), . This token can additionally indicate the first child token, which is the total amount they are willing to pay. Also try to break into the connection of the communication channel. For example, this has the ability to break-in when making a call, even if the husband is just on the phone. The IP address or host name of the Lu Lang point 2 5 4 0 can also indicate the reason for the call from the first user. It can additionally indicate the second number of times, each time the token is successfully used to decrement - a fee that the party is willing to pay, such as the parent calling the parent, but the parent can specify, the token can indicate the user 2 2 5 1 〇Available person 1 may have any existing husband to give his pregnant wife a communication ability token, so that the wife has to call the other person to talk to others, still can be established

A given token can have a first or a number. If a given token is recorded with a number, then the second user evokes a number until a second user is found to have more than one single power and the first user has three different electrical tokens. The server will try every one. Similarly, if given a token

Page 18 1299454

There are two different phone numbers for the two users, and the second user evokes the call, and can specify which number they want to use.

Figure 2 is a block diagram depicting the same fine-grained example of the Server 2 Architecture, which is used to manage communication capabilities and establish telephone network-based communications. The server 2 5 8 〇 preferably includes a CPU 3000, a storage device 3010 (for example, a disc or a direct access storage device DASD); a data network interface 3〇2〇, a telephone network interface 3〇32, and a memory. Body 3040 (eg, random access memory Ram). In accordance with the present invention, the token server logic (discussed in detail with reference to Figure 4) is preferably implemented as a computer executable code. This computer executable code can be downloaded from the remote end (for example, from the number 2 network 2560 via the data network interface mm), or from a local permanent optical (CD ROM) or magnetic storage device (such as a disc or direct access storage device DASD 3010). To memory 3〇4〇, for CPU 3000 to execute. data

The communication between the network 2 5 6 0 and the server 2 5 8 0 is via the data network interface 3020, and the communication type includes but is not limited to an Ethernet, a t-ring ring, and Wireless (such as RF and infrared based). The telephone network 2570 communication, including between devices 2530 and 2550, is managed via the telephone network interface 3〇30. In the preferred embodiment, the signature service ^ 2580 is the parent swap (pbx), which manages all calls to and from the first user's telephone network point 2 5 3 0. As mentioned above, this capability can be provided by hardware and software 'including but not limited to: products sold by Intel Corporation (http://www.intel.com/design/network/products/tel

Page 19 1299454 V. Invention Description (13) ecom/index·htm has details). The preferred embodiment of memory 3040 includes a telcom handler 3050 (discussed in more detail with reference to Figures 4 and 5) and a management processor (c 〇u ρ ο η management handler) 30 60 ( Refer to Figures 4 and 6 for a more detailed discussion.) A coupon response handler 3 0 7 0 (discussed in more detail in Figures 4 and 7), a token database 3 080, a switch A handler (pbx handler) 3090, and a notification handle Is 3 1 0 0. Support Product Library 3 〇 8 0 product examples include but are not limited to IBM's database server products sold under the trademark DB/2. As will be appreciated by those skilled in the art, the signature database 3080 can be executed at another remote network connection node and accessed via the data network 2 560 (a c c e s s ). The product example supporting the switch processor 30 90 includes the product sold by Intei under the product name me DL-3002, including its support software. Product Examples for Support Notification Processor 3100 include, but are not limited to, Lotus products under the trademark Sametimd/.

Figure 4 illustrates the logic flow implemented by the token server 2580. As shown, in step 4000, server 2580 waits for an input. When the input is determined, step 4010 checks the type of the input. And if it is to talk to the second user 251 about the phone (e.g., a user's 250' attempt), the telecommunications handler 3050 is invoked in step 4020, and then proceeds to step 4000. If the input is not related to the phone, then in step 4〇3, it is determined whether or not I (I is generated or deleted, for example, from the first user's data network node 2520). If yes, then in step 4040, the token is called.

Page 20 1299454 V. INSTRUCTIONS (14) A Disposition is 3 0 60, and then proceeds to step 40 0 0. If the check of step 4 0 30 is Z ′ then it is determined in step 4〇5〇 whether the input is related to a return 4; (for example, the user accepts the request). If so, the caller responds to the handler 3070 in step #60 and proceeds to step 4〇〇〇. If the input is unrelated to the response, then in step 4070 it is determined whether the input requires a token, such as a request by the second user 251 0, to be enabled with respect to their own 1 'when the second user 2 5 1 0 is enabled Their data network node 2 5 4 0% • a requirement that may occur). If the input is a request for the token, then step 唤 90 invokes the token management handler 30 60, and then proceeds to the step if the input of the coupon retrieval request (coupon retrieval request) is then performed in step 4〇8〇 Arouse a miscellaneous handler (\iscel laneous handler) (outside the scope of the invention) and proceed to step 4〇〇〇. The logic 2570 of Figure 5 is used to control the power failure in the domain of the telecommunications switch to try to indicate whether or not the management is disabled. The flow according to the present invention is allowed to generate and update the communication handler 3050. The incoming call of the telephone in the domain is successful in the attempt and setup request, and if the channel is set to 3 0 6 0, the first embodiment is associated with this number, and the server 2 5 8 0 capability token is recorded. Calls like a given phone event. If this is the case, step 5 〇 1 ,, the communication channel. Generated, then the internal telephone network's token. This is shown in the telecom disposal monitoring phone map. The event is from the call exchange step 5020. Step 5 0 4 5 Node number to avoid the device 3050 real network step 5 0 〇〇> Whether to dispose of from the change control machine Check this in the caller code and refer to the busy now

1299454 V. Invention Description (15) "-~~ The unnecessary connection attempt of the phone. Next, the telecommunications handler 3 〇 5 〇 terminates at = step 5040. If the connection attempt fails, in step 5〇3〇, the operator handler 3 0 6 0 is called to ask the transmitter whether to generate a communication capability a, the phone numbers of both the initiator and the target are This time the arousal is passed, and the right they accept, producing the corresponding token. The handler process then ends at step 5040. If the event is not an incoming call from the internal telephone node, then in step 5 0 50, the telecommunications handler 3 〇 5 〇 determines whether the telephone event is an incoming call to an internal telephone node having an associated payment, ie, a grant Record it to some other user's phone number with $. If so, in step 5〇6〇, the caller's authority handler 3 〇 60 is sent, the number of the internal telephone network node is passed, and all the tokens related to the number are disabled. Again, this is to avoid unnecessary connection attempts to busy calls. After step 5 〇 6 ,, the parent swap handler 3090 is invoked to complete the call, after which the telecom handler 3〇5〇 terminates at step 5 0 4 0. It should be understood by those skilled in the art that even if a given power activity is used, the right button must be allowed to access, and additional calls can be inserted into the channel, such as the "call waiting" power supply function provided by the telecommunications company. Or the police's actions in an emergency. Since the token server is responsible for all telephone communication channels, the present invention allows the communication channel of an existing telephone to be inserted when the second user uses their tokens. This intrusion-level interrupt function can be another data block assigned to a given token. In addition, a given service provider may charge more for a token having and using this function as described in detail with reference to Figure 17.

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Step 5 0 8 0 Check the call to the relevant character of the call to the management office. The pedestrian call is completed (if. If the device 30 90 of step 5080, then return to Figure 5, if the check of step 5 0 50 is no, determine whether the call event is completed, the phone number of the call is recorded. Then, in step 5〇9〇, the device 3 0 6 0 'passes the phone number and informs that after all the steps 5090 are enabled, the call switch handler 3〇9〇 is necessary)) after the processor 3050 terminates in step 5 If the check is no, then at step 50 70, the switch at the switch handler 3050 terminates at step 5〇40. The first embodiment, with its handling management capability, has been generated as shown in the figure 6000. If so, then in the step), the call originator is asked to generate the token. Yes, then the data in step 6 〇 2 〇. Such a data number and an identification (ID) for the target. In the user's Samee ime identification is not limited to: a user recognizes, the token server 2 580 to the target user, and the request for arrival indicates that a management processor is generated, deleted, and the current processing step 6010 If (if the user does not, then dispose of, the processor 30 60 includes but is not limited to the user (for example, in the preferred embodiment, but the invention is also different / password pair. It is used to pass the specific requirements The user exemplifies six examples of the logic flow according to the implementation of the method of the present invention, the state modification and the retrieval. The device requires the processor 3060 to request the middle finger 1 2500) to verify (the verifier terminates at step 60). 60. If the search generates all the electric users who need to call the initiator and the target 2 25 1 0), the user identification is the target to support other forms, including the importance of the user identification processor 31 00 Will be notified to the relevant token (for example, the token

Page 23 1299454 V. INSTRUCTIONS (17) :;H All recipients identified by the user will be returned). In step 603 0, in order to determine that the traitor is 4 t ^ ^ ^ von, the 疋 疋 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生 产生In step 6G4G, 'store the token object in the token data =:' and step 605. In the middle, the transmission token exists - the notification is given to the target: (for example, user 2 25 1 〇 ). In the preferred embodiment, the handler 3100 is notified, and the #Sametime message transmits this notification. From a muscle, when this hunger is retrieved, it will be provided by the searcher (IV) UPplet). After step 6050, the handler is terminated: two T060: In other cases, if the check of step 607" determines that the request is to be deleted, then in step 6080, the phase Z symbol is identified and The deletion is completed from the token database 3080, and then the handler 30 60 terminates at step 6060. If, conversely, it is determined in step 6090 that the processor 3 〇6 〇 request is to disable one or more tokens, then in step 6 1 0 ,, all relevant tokens are identified, in step 6 11 0, in The token database 3 〇 8 标示 marks each of these tokens as disabled, and then the handler 3 0 60 terminates at step 606j. In addition, if the check in step 6120 determines that the management handler 3〇6 is required to enable one or more tokens, then in step 613, all $, tokens are identified, in step 6140, The token database 3〇8 marks each of these tokens as enabled, and then the handler 3060 terminates at step 6 06〇. In step 6150, if it is determined that the token management handler 3 0 6 〇 requires not to retrieve one or more tokens, the handler 3 0 6 0 terminates at step 60 6〇. Otherwise, in step 6 1 60, all relevant tokens are identified, followed by steps

1299454 V. INSTRUCTIONS (18) 6 1 7 0 =, generating a web page containing a small application for each matching token, one of these applets allows the recipient of the web page to use the corresponding character. already. In step 6 1 0 0, the web page is returned to the requester, and then the handler terminates at step 6 0 60. It will be understood by those skilled in the art that the responding applet that is seen in response to the user (e.g., 2, 25 1 〇) can be displayed - the enable state of the given token is disabled. This allows them to apply a given token only when the token (and therefore the corresponding telephone channel) is available. A seventh embodiment of the present invention is not in accordance with the first embodiment of the present invention, and the logic flow of the response processor 070 is implemented. In step 7000, the received request is checked, and 1 is determined to be from the use of a call-based communication request. In step 7010, the handler 3070 first invokes the switch handler 39 for the telephone network. In 257, a communication channel is generated to the telephone network node 2530 (Fig. 2) of the token carrier. At ^, it is determined whether the attempt to generate the channel to user 1 is successful, if = work, in step #3030, the transmission failure notification is sent to the response using, for example, the latter can be terminated by the processor 3G7G. Responsible for this technique 'Respond to the user can try and use the token again later. If two: ^, face ", the handler 3〇?〇 evokes 0 to generate a communication channel network node 255G in the telephone network 257〇 (Fig. 2). The step is to check the attempt, and the attempt to fail the second pass to the user 2 is unsuccessful. In step 703 0, the transfer is 251 〇), and the process ends at step 7040. If step 7〇6〇 decides to generate an attempt to become 1299454

In step 70 70, the handler 3070 links or converces the two newly created sockets. At step 7080, the handler 3 〇 7 递 decrements the retry count (if any) of the token, and then checks in step 7090 if there are still retries. If no retry is available, the handler 3070 terminates at step 7040. Otherwise, if there is still a retry available, in step 71 00, the handler 30 70 evokes the token management handler 3〇6〇 to delete the current token, and then the handler 3 〇 7 〇 terminates in step 7 〇 4 〇.

In step 7110, it is further determined whether the response rejects the communication request of the token, and if so, in step 7100, the token management handler 3唤6〇 is invoked to delete the current token, and then the handler 3070 terminates in step 7〇. 4〇. If the response is not a rejection of the token (as determined in step 7), the handler 3070 terminates at step 7040. Those skilled in the art should understand that a refusal response may include a comment ‘may indicate why the token is rejected. Those skilled in the art should also understand that the token response handler 3 〇 7 〇 can display this rejection annotation to the initial user (e.g., user 1 2 5 0 0 ). Those skilled in the art should also understand that the token response handler 3070 can handle other types of responses, including but not limited to: a message to the initial user indicating when the responder will accept the token, such as "in five minutes. I will talk to you. ^ Figure 8 depicts a more detailed example of the data network nodes 2 5 2 0 and 2 5 4 0, by means of the 'user 1 25 0 0 and the user 2 25 1 0 respectively. Road-based communication 'This communication includes but is not limited to the same as the communication server 2 5 8 汛. As shown in Figure 8, each node 8〇〇〇 preferably contains a CPU 8〇1 〇,

Page 26 1299454 V. Description of the Invention (20) A storage device 8020 (for example, a disk or direct access storage device (DASD); - a data network interface 80 3 0, a memory 8040 (eg, random storage) Take the memory RAM), an HTTP client handler 8050, and a client notification handler 8〇6〇. In accordance with the present invention, the logic of the data network node (which will be discussed in detail with reference to Figure 9) is preferably implemented as a computer executable code. The computer executable code is remotely (eg, from data network 2560 via data network interface 803), or from a local permanent optical (eg, CD-ROM) or magnetic storage device (eg, a disc or direct access storage device 80 20 ) Download to memory 8〇4〇 for CPU 8010 to execute. The data network 2 5 6 0 and the node 800 0 back and forth communication via the network interface 8 〇 3 〇, the communication type includes but is not limited to Ethernet, signal ring, and wireless mode (such as RF and Infrared based). Figure 9 illustrates the logic flow at each. As shown in the figure, wait for input. The type, if it is HTTP or from an HTTP server to the client handler 8050, the correlation is determined, step 903 0 checks the notification server 9040 in the notification server to evoke the notification processing input non-notification related, in the scope of the present invention, Next, a data is displayed, as long as the receiving step (receives the response) continues to the input to the determiner 3 1 0 device 8060, the step 90 50 continues to the step network node 2520, and the input is entered. If the step requires the user' then step 9 0 2 0 step 9 0 0 0. If it is not notified of the notification sent) Then continue to step and 2 5 3 0 is set to 9010 check request one, call this input related (. If it is a 9 0 0 0 call a miscellaneous handler step 9〇〇 〇〇 Implemented on the web page waiting to be checked, starting from HTTP non-HTTP, such as from, step. If this (more than

1299454 V. DESCRIPTION OF THE INVENTION A second embodiment of the present invention will now be described in detail with reference to Figs. This second embodiment allows the user to monitor their own telephone communication and to process the generation, deletion, and modification of the associated communication capability tokens, rather than the intermediate token server 25 80 used in the first embodiment. Eliminating the Message Serving Cry 2580 means that a given user can utilize the present invention without the need for a telephone controlled by a custom central processor (e.g., a switch). For example, if a regional telephone company (such as Verizon) provides data network related services, they can provide services similar to the server's 2,580. No need to specialize the local exchange. Figure 2 depicts an example of a network topology of a second preferred embodiment. As shown, there are first user 1 1 000 and second user 1101 〇, respectively user 1 and user 2 'user 1 11000 has connection to data network 1105Q and telephone network 1 1 0 60 The single device of the two is 1〇2〇; and the user 2 11 〇1 〇 has the data network node 丨丨0 3 连 wired to the data network 1 1 5 5, and connected to the telephone network 1 1 060's telephone network node Η 040 both. There is also a notification that the feeder 11 〇 70 is connected to the data network 1 1 〇 5 0. Examples of data networks 1 1 〇 5 0 include, but are not limited to, the Internet and private intranets. Examples of telephone networks 1 1 0 6 0 include, but are not limited to, standard telephone networks, access to Verizon, AT&T, and similar providers. The data network node 1 1 0 3 0 (described in detail with reference to FIG. 8 and FIG. 9) may include, but is not limited to, an IBM ThinkPad that executes Windows 95 and a web browser such as Microsoft Internet Explore, or executes MacOS 8. 6 and as

Page 28 1299454

Netscape Navigator's web browser for Apple, s p〇wer Macintosh. Data network nodes may also include network-enabled mobile (e.g., portable) devices, such as those sold by IBM under the trademark WordPad. The number of network nodes can also include smart phone (example & can be used as a cellular type, or a web application such as a web browser), such as Nokia under the trademark Nokia 90 0 0 i Honeycomb phone for sale. The telephone, node 1 1 040 may comprise any device that supports communication over the telephone network 257, including, for example, a standard telephone sold by VeriZ0n, and a mobile telephone sold by N〇kia# under Nokia 90 00 i. Same as - the first embodiment, although the user is shown! Each of the 11 〇〇〇 and the user 2 11 0 1 0 has only a single data network node and a telephone network node, and the present invention can support more than one user. Moreover, although only one user is shown, the present invention can support more than two. Example A of the device 11 (described in detail in Figures 12 through 16) contains any device that can communicate with both the data communication and the telephone network. Such devices include, but are not limited to, Nokia under the trademark Nokia 9〇 〇〇i products sold. Those skilled in the art should understand that the device pair 11010 and 11〇4 of the user 2 11010 can be similar to a single $. In addition, the notification server 101 can include any computing node that can serve as a communication server for the client notification handlers 8 0 6 0 and 1 2 0 0 0, respectively, as described in more detail in FIG. 8 and FIG. . This includes but is not limited to: Execution Micro, operating system and server application sold under the trademark Wind〇ws NT $ package software, this assignee Internati〇nal Business

Inc. (IBM) products sold under the trademark powerpc. This node is also executable. 1299454 Invention Description (23) The messaging server application, including but not limited to products sold by Lotus under the trademark Sametime. Figure 10 is an overview of a flow not according to the first embodiment of the present invention. In step 1 0000, the first user (user i 11〇〇〇) requests to make a call with the second enabler (user 2 11G1G). In step (10) 1G, it is determined whether the ventilation attempt is successful. If successful, the process ends in steps 1〇〇9〇. If no, if this communication attempt is unsuccessful, in step 1〇〇2〇, ask the initial user 1 1 000 whether to generate the communication capability token for this requirement. User 1 1 000 does not generate a token, and the process ends in step 1 009. Otherwise, in step 1030, a token for the failure request is generated. In step 1〇〇4, a notification is sent to the second user 11〇1〇 to notify the user 11 0 1 0 The existence of the token. Step 丨〇 〇 5 流程 Process waits with fumo response' and in step 1〇〇6〇, when you receive this response, you will be happy. If the right response is accepted, then the call is established in step 1〇〇7〇. The second user 11010 does not accept, if necessary, deletes the token in step 1080, and then the flow terminates in steps 1〇〇9〇. As mentioned above with reference to Figure 7, a given token may be used multiple times. Therefore, in some cases, for example, the token still allows the second user 11010 to additionally evoke (e.g., the remaining count value is greater than 〇), and the given token will not be deleted. Figure 12 is a block diagram depicting the user J 1 1 000 data and the electrical network device 11020, which allows the user! 1 1 0 0 0 Requirements 1299454 V. Description of the invention (24) Network with receiving data 1 1 〇 5 〇 Communication and telephone-based network 11060 communication. The device 11020 preferably includes a CPU 12000, a storage device 12010 (eg, a disk or direct access storage device); a data network interface 1 20 20, a telephone network interface 12〇3〇, and a memory 1. 2040 (eg random access memory). In accordance with the present invention, this device logic (discussed in detail with reference to Figure 13) is preferably implemented as a computer executable code. The computer executable code is remotely (eg, from the data network 丨丨〇5 via the data network interface 1 2020), or from local permanent optics ((3)-R〇M) or magnetic storage devices (eg, disc or direct storage) The storage device 12〇1〇) is downloaded to the memory unit 1 2040 for execution by the CPU 12000. The data network 11〇5〇 communication with the server is via the data network interface 12〇2〇, and the communication type includes but is not limited to wired and wireless (such as radio frequency based). The telephone network 1 1 0 60 communication, including devices 11〇2〇 and 11〇4〇, is managed via the electrical network interface 1 2030. The memory 1 204 〇 preferably includes a telecommunications office 1 20 50 (discussed in more detail with reference to Figures 13 and 14), and a processor 1 2060 (see Figures 13 and 15 for a more detailed discussion). \ : A token response processor 12〇7〇 (refer to Figure 13 and 16 for more detailed discussion), a token database 1 2080, a notification handler 12〇9 (), electric activity吼 态 1 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援 支援It is understood by those skilled in the art that the #-repository can be executed at another remote network connection node and accessed via the data network. Supporting the telecom processor 121 The example includes the telephone communication of N〇ku 9〇〇〇 sold by N〇kla ^

1299454

system. Finally, examples of products that support the notification handler 1 209 include, but are not limited to, products that Lotus sells under the trademark Same time. Figure 13 illustrates the logic flow implemented by the data network node 110. As shown by H, in step 13000, device 1 1 020 is in a wait state, waiting for input 2 but receiving an input, and step 13010 checks the type of the received input. Right about the phone (for example, from the first user 丨丨000 ^ (^ with / ^chuan call factory in step (four) (10) telecom handler, 1 2050 is evoked, then continue to step 13 〇〇〇. If entered

 : In step 1 3030, it is determined whether it involves a token such as a request from a user 11 to be generated or deleted - the token). If the received input involves the management of the token, then in step 13〇4〇, the 牛2:’ cattle then proceeds to step 1 30 00. If step 13〇3°〇2 checks, no, then the received input is determined in step 1 3050: pay=-response (eg, second user acceptor, second step 1 3060, call token response handler 12 〇7〇,=: Go to step 1 3000. If the checker of step 1 305〇 ^,··'

No, for the note, "For example, if the second == is not, you want to write about all of their own tokens. When ποιο enables their data network nodes 11〇3〇^ 匕=2 is the request, then step 13.9 Call up

Into::=,:: Continue to step 13°〇. , if this I (exceeded = step 13 ° 8 ° evoke - miscellaneous processor ° month target is available), then continue to step 1 3 〇 〇 〇.

Page 32 1299454 V. Description of the Invention (26) FIG. 14 illustrates a logic flow implemented by a telecommunications handler component of a network node device U 020 according to a second embodiment of the present invention, which allows the device 1 1 020 Monitor the telephone network communication with the user 1 11 to generate and update the communication capability of the user 1. As shown, in step 〇4 〇 〇 ,, the handler 12050 checks if a given telephone event is an incoming call from the user 1 . If so, in step 1 4 〇 1 ,, the telephone communication handler 12100' is called to try and establish the required communication channel. In step 14Q2Q, it is checked whether the attempt is successful, and if the channel is generated, then in step 丨4 〇4 5, the token management handler 1 2 0 6 0 is sent, the number of the internal telephone network node is transmitted 'and the disable is all indicated. The token associated with this number. This is to avoid unnecessary connection attempts to busy calls. Next, the telecom handler 1 2 0 50 terminates at step 1 4 〇 4 0. If the connection attempt fails, in step 1 40 30, the token management handler 12 〇 60 is invoked to ask the user if the 1 1 1 0 0 0 0 is to generate a communication capability token. If so, the phone numbers of both the initiator and the target are passed in this arousal, and if they accept, the corresponding token is generated. The handler flow 1 2 05〇 then terminates at step 1 4040. If the received event is not from the user i i 丨〇 〇, then in step 〇4 〇 5 ’ 'telecom handler 1 2050 check if this event is a _ call to user 1 1 00 0 0. If the event is an incoming call to the user 1 1 1 0 0 0, then in step 1 4 0 0 0 'call the management processor 丨 2 〇 6 〇, pass the number of the internal telephone network node, and indicate the loss Can have all the tokens associated with this number. This is to avoid unnecessary connection attempts to busy calls. After step 1 4 0 6 0, the telephone communication processor 12100 is called up at step 14070 to complete the power-on.

Page 33 1299454 V. INSTRUCTION DESCRIPTION (27) Then, the telecom handler 12050 terminates at step 14〇40. If the check in step 1 4050 is no, then step 14〇8〇 determines whether the call event is completed for the caller 1 11000. If so, then in step 14090, the token management handler 1 2 〇 60 is invoked, the telephone number is communicated and all relevant payouts are enabled. After step 1 4 0 9 0, the telephone communication handler 12100 is called in step 1 4 〇 7 0 to perform the call completion (if necessary), after which the handler 1 4050 terminates at step 1 4040. If the check in step 14 〇 8 为 is no, then the telephone communication handler 121 唤 is invoked in step 1 4070, and then the handler flow terminates in step 1 4040. Figure 15 is a flow chart depicting the logic implemented by the token management handler 12060, which handles the generation, deletion, state modification, and retrieval of management capability tokens, in accordance with a second embodiment of the present invention. As shown, step 1 5 〇 〇 〇 first checks to determine if the current handler request requires the generation of a token. If the current processor request is for the generation of the request token, then in step 1 5 〇 1 , (if specified in the handler 12060 request), the user 1 iiooo is prompted to verify that the break is a token. If not, the handler 1 2 0 60 terminates at step 15〇6〇. If the user 1 wants to generate a token, then in step 15020, the handler 12060 retrieves all of the required data for the token. Such data includes, but is not limited to, the phone number of the call originator and the target, and the user identification (I D ) for the target user (e.g., user 2 1 1 1 1 0 1 0). As in the first embodiment, the user identification is the Same t i me identification of the target user, but the present invention also supports other forms including, but not limited to, a user identification/password X pair. Next, in step 1 5 0 3 0, an token object is generated for the given information, this

Page 34 1299454 V. INSTRUCTIONS (28) ^Parts include but are not limited to: Examples of Java classes. In step 1 5 040, the second δ object is stored in the symbol database 1 2 0 8 0, and in the step 1 5 0 50, the character is transmitted. A notification that already exists to the target user (eg user 2丨丨〇丨〇). This notification is transmitted by the Sametime message using the notification handler 1 20 50. This message f contains a URL, and when the URL is retrieved, it provides an applet that the searcher can use to use the token. After step 15〇5〇, the handler 12〇6〇 terminates = step 1 5 0 6 0. In other cases, go back to step 丨5 〇 〇 〇. If the current requirement is not to require the generation of the token, then check in step 1 5 0 70 to determine if the request is required to be deleted. If the processor lm〇 request is to require the deletion of the token, then the relevant token is identified in step 15〇8〇 and deleted from the token database 12〇8〇, and then the handler 12〇6〇 terminates in step 1 50 6 0. If, conversely, the current handler request is not a requirement, except in step 1 5090, it is determined whether the handler 1 2 0 60 requires disabling one or the other. If the request is disabled, then in step 丨5丨〇〇, identify all the signatures, and in step 1511, in the token database 12_ mark the parent token as disabled. Then, the handler 12〇6〇 terminates at step 15060. Additionally, if the current handler request is not to be disabled, then flow continues to step 15120 to determine that the management handler 12 is required to enable one or more tokens. If the management handler 丨2 〇6 〇 request is to cause one or more tokens, the flow proceeds to step 丨 51 30, identifying all relevant tokens, and in step 1 51 4 0, in the token data The library 2 〇 8 〇 is marked as enabled, and then the handler 1 2 0 6 0 terminates in step 1 5 〇 6 〇. If the check made in step 15120 does not determine that the management handler 12〇6() request is to enable one or more tokens, then step 1 5丨5 唤 is invoked to determine if the request is to be retrieved.

1299454

V. Description of invention (29) One or more tokens. If the check of step 1 5 1 50 determines that the token is not to be retrieved, then the handler 1 206 0 terminates at step 1 50 60. Otherwise, the process continues to step 15 160 to identify all relevant tokens, and then in step 1517, a web page is generated, including a small application for each corresponding token, each of which allows the webpage to be The recipient uses the corresponding token. At step 15180, the web page is passed back to the requester, and the handler terminates at step 15060. Figure 16 is a flow chart depicting the logic implemented by the token response handler 1 2070 in accordance with a second embodiment of the present invention. The following descriptors respond to how Disposition 1 2070 manages the response from User 2 11010, but should be \li & solution, this handler can also manage the response from any user. In step 16000, the check request is accepted (c〇Up〇n~' acceptance). If so, in step 16010, the handler 12〇7 requests the telephony processor 12100 to generate between the telephony network 11060, the device 11〇, and the telephone network node 11010 of the user 2 11010. The communication channel checks the attempt at step 16020. If unsuccessful, a failure notification is sent to the responding user (user 2) in step 16030, and then the token response handler 1 20 70 terminates at step 1 6040. It will be understood by those skilled in the art that the user can try and use the token again later. If a success occurs, the handler 1 2070 continues to step 16〇8〇, decrementing the number of retry juices (if any), and then checking for retries at step 10(10). If no attempt is made, the treatment 12070 terminates at step 16040. Otherwise, in step 161, the handler

Page 36 1299454

V. Description of the Invention (30) 1 2070 invokes the token management handler 12〇6〇 to delete the current token, and the handler 12070 terminates at step 16040. Returning to step 1 600 0, if the received response is not an acceptance token, in step 16100, the handler 1 2070 checks whether the response rejects the communication request of the token, and if so, in step 16100, the token management handler 12 is invoked. 6〇 to delete the current token, then the handler 1 2070 ends in step 16〇4〇. False This response is not a rejection of the token, and the processor 12〇7〇 terminates at 1 6040. Figure 17 is a diagram showing an example of a business process based on the communication capability token based on the first embodiment of the present invention, which is described in detail with reference to Figs. It will be understood by those skilled in the art that it can also be applied to the second embodiment, as well as any other use of communication capabilities & As shown, in step 1700, the user 1 2500 generates a communication capability token for the user 2 251, that is, the user 2 can establish the token in the telephone network 257. User 1 2 ^ 00 communication channel. As already mentioned, even if the user's 25 电话 telephone network node 2530 is in use, a given communication capability token can provide the user 2 with the ability to establish an overnight channel, where the given token is generated and The options that can be specified when stored in the symbol library 308. In step 17010, the monitor character, 'use' and store all relevant data in the item of the given token in the token database 3〇8〇. This monitoring and database update is performed by the telecom handler 3050, the token management processor 3〇6, and the token response handler 3〇7〇. These two processors are respectively referred to Figures 5, 6, and 7. A detailed description.

Page 37 1299454 V. Invention Description (31) Next, in the step, the fee can be packaged. The 2 2 5 1 0 broadcast option is also for the purpose of writing the reason and the computing resources. The last 2 5 0 0 and the last 1 7 0 2 0 'features are finally deleted. Referring to Figure 6, the processor 3 0 6 0 lists the total cost of this token "_ with but not limited to: & π uses plug-in due to the cost of any telephone network generated by the user 1 250 钿 ^ ° υ υ and the user channel. It is understood by those skilled in the art that the user 1 2 500 or even w < charges, even if the communication is never used, the fee can be bought by the house b; the user 2 25 1 0 is in the usable state . After the ώ ώ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , (7) There are 1 exemplified and executed embodiments of the present invention ρ 4 , ^ 匕 铕 铕 铕 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 与 ☆ ☆ ☆ ☆ ☆ ☆ ☆ ☆ ☆ ☆ ☆ ☆ The spirit and scope of the invention and the scope of the invention should be limited only by the scope of the appended claims.

Page 38 1299454

BRIEF DESCRIPTION OF THE DRAWINGS The objects, features and advantages of the present invention will become apparent to those skilled in the <RTIgt; Embodiments, an overview of the flow of the present invention, FIG. 2 is a network diagram according to a first embodiment of the present invention; FIG. 3 is a component diagram of a token server according to a first embodiment of the present invention; 1 is a logic diagram of a server; FIG. 5 is an example of a telegraph handler according to a first embodiment of the present invention; FIG. 6 is a diagram of a token management processor according to a first embodiment of the present invention. FIG. 9 is a schematic diagram of a data network node according to a first embodiment of the present invention. FIG. 9 is a logic flow of a data network node according to a first embodiment of the present invention.

Figure 10 shows an overview of the flow of the present invention in accordance with a second embodiment of the present invention. Figure 1 is a second embodiment of the present invention. Figure 1 - Figure 2 is a second embodiment of the present invention. Elements of an example data network node FIG. 13 is a logic of a data network node according to a second embodiment of the present invention.

Page 39 1299454 Schematic description of the flow chart;

Figure 14 is a diagram showing an example of a telecommunications handler in accordance with a second embodiment of the present invention. Figure 15 is a diagram showing a management of a token in accordance with a second embodiment of the present invention. And Figure 17 is an example of a business process based on communication capabilities. Schematic symbol description 250 0, 1 1 000 first user 2510, 11010 second use 252 0, 2540, 1 1 030 data network node test 2530, 2550, 11040 telephone network node 2560, 11050 data network, , ηρ π 2 b 7 U, 1 1 0 6 0 telephone network 2580 token server! Ί n7n y B! 11070 notice feeding clothes cry 3^〇, 8GH), __ 3010, δ020, 1 2〇1〇^ 3020, 8030, 1 2020 data network interface 3030, 12030 telephone network interface 3040, 8040, 12040 memory 3060, 12060 token management processor σ 3080, 12080 token database 3100, 12090 notification processor

3〇50, 1 20 50 Telecommunications disposal includes 3〇7〇, 1 2070 token response office 3090 switch handler 8000 node 8060 client notification handler

805 0ΗΤΤΡ client processor

1299454 Simple description of the diagram 1 1 0 2 0 network node device 1 2 1 0 0 telephone communication processor

Page 41

Claims (1)

I2994S4'S Ming: 13⁄4 l. '· :.u, secondary reading number x sea (吏淳 replacement page year and month (correction six, patent application scope 1. a method of using the server to generate communication symbols to establish a communication channel, The method comprises the following steps: a) generating a request from a first party initial for establishing a communication channel between the first party and a second party in a first communication network; b) interrupting Receiving the request and converting the request to a data network object (communication token); and c) transmitting the network object (communication token) to a second party via a second communication network, The network object (communication token) enables the second party to inform (c 〇mmunicate) the server device at the time of receipt, the second party accepts communication with the first party; and d) at the time of receiving the acceptance The server device initially generates one of the communication channels between the first and the second. 2. The method for establishing a communication channel as described in item 1 of the claim, whereby the establishment of the communication channel is synchronized. 3. The method of establishing a communication channel according to claim 1, wherein the server device is connected to both the first and second networks, and the second party accepts a network object (communication token) Required, and the second network informs the server device of the acceptance. 4. The method of establishing a communication channel according to claim 1, wherein the first communication network is a telephone communication network, and the second network is a data communication 41BM04065TW - Replacement page -041307. ptc Page 42 1299454 Year of the beer 4 · Miscellaneous (▲ 丨 替换 replacement page _ case number 93194839 ¥ month t correction _ six, apply for patent scope network, the network object (communication token) The method of establishing a communication channel according to the first item of claim 1, wherein the first communication and the second communication network are data networks The first party establishes a communication connection with the second party by using a computer application, and the network object (communication token) includes the network device that is required to appear on the link of the second party. 6. The method of establishing a communication channel as recited in claim 1, wherein the network object (communication token) enables a second party to reject the request, the method further comprising generating a rejection message for display in a The method of establishing a communication channel according to item 6 of the first party, further comprising the steps of: converting the rejection message from text to a voice message, and via the One communication The method plays the translated voice message to the first party on a connected communication device. 8. The method for establishing a communication channel according to Item 1 of the claim further includes the following steps: enabling a second party to Generating a backhaul message, the backhaul message is received by the first party via the network object (communication token). 9. The method for establishing a communication channel as described in item 1 of the claim item further includes 4IBM04065TW-Replacement page-041307. ptc Page 43 1299454 Case No. 93194839 π.' u but &quot;•丄月 U 年纲 September repair (3⁄4^Replace the poultry ginseng i is i or not over the original manual year and month from Fefc 柝媪 之 之 锐 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Step d) further includes establishing a socket connection to the listening application for transmitting the request to the second party. The method for establishing a communication channel as described in claim 1, wherein the transmitting step d) further comprises: by embedding the request in an instant message, establishing the transmission of the request to The second party. The method of establishing a communication channel as described in the above item, wherein the transmitting step d) further comprises transmitting the request to the second party by embedding the request in an email message. ~ 12. The method for establishing a communication channel as described in item 1 of the claim, when the communication channel is restored to the second party fails, the interrupt step...self, and the action is called: a package containing the word service device The communication token is generated to establish the communication channel. The first is the first one. The first one is the first one. The first one is connected to the other. Netizen news production one by one; the first one 1299454 Case No. 93194839 Year of the Lord ¥······················································································································· Ι&gt;_-J___J_________ 6. Applying for a patent range, an intermediate server component, interrupting the receipt of the request; and a conversion and transfer component on the intermediate server component for converting the request to a network object (communication token) And transmitting (c 〇mmu nicating) the network object (communication token) to the second party via a second communication network, the network object (communication token) enabling a second party to be received or The server device is then informed of the acceptance of communication with the first party, the intermediate server component further comprising an initial component for initial generation of a communication channel between the first and second users. 1 4. The system for establishing a communication channel according to claim 13 wherein the intermediate server component is connected to both the first and second communication networks, and the second party accepts the network object (the communication symbol) The request is communicated to the intermediate server component via the second communication network. The system for establishing a communication channel according to Item 14 of the claim, wherein the first communication network is a telephone communication network, and the second network is a data communication network, the network object (signal It is included in the network device that is connected to the connection of the second party. The system for establishing a communication channel according to Item 14 of the claim, wherein the first and second communication networks are data communication networks, and the first party first communicates with the second party by using a computer application. In the establishment of the connection, the network object (communication token) contains the network device that is required to appear on the link of the second party. 41BM04065TW - Replacement page -091407. ptc Page 45 1299454 _ 931 丽 3 i. Year Supplement 9: Replacement page i VI. Patent application scope 17. The system for establishing a communication channel as described in Item 13 of the claim, The network object (communication token) includes a message generating component for enabling a second party to generate a message about the request, and transmitting the message to the first party via the network object (communication token). The system further includes a network device for generating a corresponding message component for generating a corresponding message for display on a linked connection of the first party. 1 8 . The system for establishing a communication channel according to Item 13 of the claim, wherein the rejection message includes a text message for rejecting the request, the system further comprising a conversion component for converting the rejection message from text to a voice message. And transmitting, by the first communication network, the translated voice message to the first party on a connected synchronous communication device. The system for establishing a communication channel according to claim 13 wherein the intermediate server component comprises a liaison determining means for determining the liaisonability of a second party via the second communication network. The system for establishing a communication channel according to claim 19, wherein the intermediate server component includes an establishing component for establishing a set of connection links (s 〇cketc ο η necti ο η), from which A liaison decision component for transmitting the request to the second party. 2 1. The system for establishing a communication channel as described in item 13 of the claim, wherein 41BM04065TW - Replacement page -091407. ptc Page 46 1299454 ?f % 9, _ Case number 93194938_: Year of the month repair: il_ VI. Patent application scope This component of the network object (communication token) contains the request Embed in one or more of an instant message or email message. 2 2. A method for generating a communication channel by using a server to generate a communication channel, the method comprising the steps of: a) generating a communication token at the beginning of a first user by a server device; b Providing, via a first communication network, the communication symbol to a second user, the second user having the ability to accept or reject the communication token at the time of reception or after receiving the first communication network; and When the communication symbol is accepted by the second user, the server device establishes a communication channel between the first user and a second user via a second communication network. 2. The method of establishing a communication channel according to claim 22, wherein the providing step b) comprises: establishing a socket connection to a connected second user device, and executing the Between a listening application on the server device. 24. The method of establishing a communication channel of claim 2, wherein the providing step b) comprises embedding the communication token in an instant message transmitted to the second user. 25. The method of establishing a communication channel as described in item 22 of the claim, wherein 41BM04065TW - Replacement page -091407. p t c Page 47 1299454 Case No. 93119483 Hi 曰 X J Amendment VI. Scope of Application The step b) includes embedding the message in an e-mail message sent to the second user. 26. The method of establishing a communication channel of claim 2, wherein the step c) of establishing a communication channel between the first user and a second user comprises the step of: determining the first And a second user's identity and a communication channel supported by the first and second users. 27. A method for establishing a communication channel as described in claim 22, wherein a communication channel is established. The step c) between the first user and a second user includes a communication channel that determines that the first and second users are currently available. The communication channel is established as described in item 22 of the claim. The step c) of establishing a communication channel between the first user and a second user includes determining, for the first and second users, the communication channel based on a priority list of the communication channel . 2 9. A system for generating a communication channel by using a server to generate a communication channel, the system comprising a server component for generating a communication token by a server device at the beginning of a first user, the servo The device transmits (c 〇mm unicating) the communication symbol to a second user via a first communication network, and the second user has the capability to pass the first communication network. 41BM04065TW-Replacement page-091407. pt c Page 48 1299454 Case No. 93194883 Replacement page 丨 Amendment 6. The patent application scope accepts or rejects the communication token at the time of receipt or after receiving; and, in the communication token, the second When the user accepts, the server device establishes a communication channel between the first user and a second user via a second communication network. 3. The system for establishing a communication channel according to claim 29, wherein the server component executes a listening application to determine connectivity of a device connected to a second user of the first communication network. (availability), the server device includes an establishing component for establishing a socket connection between a connected second user device and the listening application executing on the server device. 4 i BM04065TW - Replacement page -09 i 407. p t c Page 49 1299 ' : Off: Lone 4:. 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